From a single targeted survey to a fully integrated geotechnical campaign, we combine non-invasive geophysics with drilling and consulting to deliver clarity on the subsurface.
Environment-friendly geophysical surveys for geo-hazard detection, soil analysis and geotechnical drilling integration.
Explore methods →Drilling activities and core description integration for construction site design and optimization.
Explore methods →Geothermal, wind, solar, waste, coral reefs and hydrology — geoscience for the energy transition.
Explore methods →
A multi-electrode profiling technique that records hundreds of subsurface data points to produce a two-dimensional cross section of the earth.
Pinpoints the location of buried objects — metal and non-metal — and locates voids. A radar record provides a permanent, detailed picture of size, location and depth.
One of the most widely used geo-electric methods — cost-effective with strong results across many areas of interest.
Provides a depth profile of shear- and compressional-wave velocities between boreholes at high vertical resolution — key for soil dynamic parameters.
Investigates the subsurface by generating arrival time and offset distance information to determine the path and velocity of elastic disturbances in the ground.
Maps subsurface layers by measuring reflected elastic waves — used for cavity detection, faults, fracture modelling and rock/soil boundary identification.
A non-invasive seismic method that analyses the dispersive nature of Rayleigh (surface) waves to derive shear-wave velocity profiles of the near-surface.
Maps variations in electrical conductivity by measuring the subsurface response to electromagnetic fields — inferring composition, structure, moisture and fluid content.
Borehole logging tools that produce continuous, oriented images of the borehole wall to characterise subsurface structure in situ.
Airborne magnetic, electromagnetic and radiometric surveys flown by fixed-wing aircraft and UAVs — covering large or inaccessible areas rapidly with consistent, high-density data.
Rotary and percussion drilling with continuous core recovery, SPT and in-situ testing — calibrating geophysical models with direct ground-truth for foundation and infrastructure design.
Multi-sensor detection and mapping of buried utilities — pipes, cables, ducts and conduits — combining GPR, EM locators and GPS to deliver accurate as-built 2D/3D site records.
We bring the same instruments to renewable energy, water resources and environmental protection — closing the loop between subsurface intelligence and sustainable outcomes.
Integrated assessment of the subsurface thermal regime and the geological, hydrogeological and petrophysical properties that control heat storage and transfer — to evaluate a site's geothermal potential.
Geological, geotechnical, geophysical and metocean assessment for the safe and economical siting, design and installation of onshore and floating offshore wind turbines and associated infrastructure.
Combined solar resource, terrain, geotechnical and environmental assessment for the reliable siting, design and installation of photovoltaic arrays and supporting infrastructure.
Geological, geophysical, hydrogeological and geotechnical assessment of landfills, dumpsites and contaminated areas — for safe siting, design, monitoring and remediation.
Geophysical, geospatial and geotechnical characterisation of reef structures and the surrounding seabed — mapping extent, morphology, depth and internal architecture.
Aquifer mapping, water-table and groundwater-flow assessment, well siting, contamination and salinity assessment, plus recharge and resource management.